JP2017177574A5

JP2017177574A5 -

Info

Publication number: JP2017177574A5
Application number: JP2016069175A
Authority: JP
Filing date: 2016-03-30
Publication date: 2019-04-25
Anticipated expiration: 2036-03-30

Claims

A system that includes a monitoring device that monitors a modeling device that models a three-dimensional structure, and a management system that communicates with the monitoring device via a network,
The monitoring device
An acquisition unit that acquires the number of laminations accumulated in each time the modeling process of the three-dimensional model performed in the modeling unit of the modeling apparatus is performed and recorded in the storage unit of the modeling apparatus;
Generation means for generating data including identification information for identifying the modeling apparatus, and the acquired number of laminations;
And transmission means for transmitting the data generated by the generation means to the management system,
The management system
Receiving means for receiving data from the monitoring device;
Storage means for storing the identification information included in the received data and the number of times of stacking in a storage device;
A system characterized by having:

The transmission means may periodically transmit data including identification information for identifying the modeling apparatus and the acquired number of laminations in accordance with a schedule specified by the management system. The system of claim 1.

The generation means, when an event occurs in the modeling apparatus, information indicating the event that occurred, information indicating a time when the event occurs, identification information for identifying the modeling apparatus, and the acquisition Generate data including the number of stacked layers,
The transmission means, in response to the occurrence of the event in the modeling apparatus, information indicating the event that has occurred, information indicating a time when the event occurs, and identification information for identifying the modeling apparatus. The system according to claim 1, wherein data including the acquired number of times of stacking is transmitted to the management system.

The system according to any one of claims 1 to 3, wherein the monitoring device is built in the modeling device.

A method implemented by a monitoring device monitoring a modeling device for modeling a three-dimensional structure, and a management system communicating with the monitoring device via a network,
The monitoring device acquires the number of laminations recorded in the storage unit of the modeling apparatus, which is integrated each time the modeling process of the three-dimensional model performed in the modeling unit of the modeling apparatus is executed.
The monitoring device generates data including identification information for identifying the modeling device, and the acquired number of laminations.
The monitoring device transmits the generated data to the management system;
The management system receives data from the monitoring device;
The management system, wherein the storing the identification information included in the received data, and number of lamination, in the storage device.

A monitoring device that monitors a modeling apparatus that models a three-dimensional model, wherein
An acquisition unit that acquires the number of laminations accumulated in each time the modeling process of the three-dimensional model performed in the modeling unit of the modeling apparatus is performed and recorded in the storage unit of the modeling apparatus;
Generation means for generating data including identification information for identifying the modeling apparatus, and the acquired number of laminations;
Transmitting means for transmitting the data generated by the generating means with respect to the management system,
A monitoring device characterized by having.

The transmission means may periodically transmit data including identification information for identifying the modeling apparatus and the acquired number of laminations in accordance with a schedule specified by the management system. The monitoring device according to claim 2.

The generation means, when an event occurs in the modeling apparatus, information indicating the event that occurred, information indicating a time when the event occurs, identification information for identifying the modeling apparatus, and the acquisition Generate data including the number of stacked layers,
The transmission means, in response to the occurrence of the event in the modeling apparatus, information indicating the event that has occurred, information indicating a time when the event occurs, and identification information for identifying the modeling apparatus. The monitoring apparatus according to claim 6, wherein data including the acquired number of times of stacking is transmitted to the management system.

The generation means, when the forming process is performed by the forming apparatus, information indicating a time at the start of the forming process, the number of laminations recorded in the storage unit of the forming apparatus, and the completion time of the forming process Data indicating a modeling content including information indicating the time of the layering, the number of laminations recorded in the storage unit of the modeling apparatus, and the usage amount of the consumable used in the modeling process;
The monitoring device according to any one of claims 6 to 8, wherein the transmission means transmits data indicating the generated modeling content to the management system after completion of the modeling process. .

The number of laminations recorded in the storage unit of the modeling apparatus indicates the number of laminated sheets of the material sheet in the modeling process when the modeling method of the modeling apparatus is a material sheet lamination system. The monitoring device according to any one of to 9.

The number of laminations recorded in the storage unit of the molding apparatus indicates the number of laminations of the consumable on the stage of the molding unit in the molding process when the molding method of the molding apparatus is the optical molding system. The monitoring device according to any one of claims 6 to 10, characterized in that

The number of times of stacking recorded in the storage unit of the modeling apparatus is the level of the stage of the modeling section at the time of modeling processing where the consumable material is laminated when the modeling method of the modeling apparatus is the inkjet system The monitoring device according to any one of claims 6 to 11, wherein the monitoring device indicates the number of movements per stack in the vertical direction with respect to.

The monitoring device according to any one of claims 6 to 12, wherein the monitoring device is incorporated in the modeling device.

The number of stacking times recorded in the storage unit of the modeling apparatus indicates a total number of stacking times integrated for each of a plurality of modeling processes corresponding to a plurality of jobs executed from the start of using the modeling apparatus. The monitoring apparatus according to any one of claims 6 to 13.

The modeling apparatus records, as a log, the usage amount of the consumable material used in the modeling process corresponding to the job executed by the modeling apparatus, in the recording unit.
The generation means includes an amount of consumption of a consumable used in a forming process in the forming apparatus and identification information for identifying the forming apparatus based on a log recorded in the storage unit of the forming apparatus. The monitoring device according to any one of claims 6 to 14, further generating data.

In the log, usage amounts of the modeling material and the support material are recorded,
The generation means is, based on the log, an amount of use of the forming material and the support material as an amount of use of the expendable material used in the forming process in the forming device, and identification information for identifying the forming device The monitoring device according to claim 15, further comprising generating data including

A method in a monitoring device for monitoring a shaping device for shaping a three-dimensional shaped object, comprising:
An acquiring step of acquiring the number of laminations which are accumulated each time the modeling process of the three-dimensional model performed in the modeling unit of the modeling apparatus is performed and recorded in the storage unit of the modeling apparatus;
A generation step of generating data including identification information for identifying the modeling apparatus, and the acquired number of laminations;
Transmitting the generated data to the management system;
A method characterized in that it comprises:

The method according to claim 17, wherein the monitoring device is incorporated in the shaping device.

On the computer
An acquisition step of accumulating the number of laminations recorded in the storage unit of the modeling apparatus, which is integrated each time the modeling process of the three-dimensional model performed in the modeling unit of the modeling apparatus that models the three-dimensional model is executed When,
A generation step of generating data including identification information for identifying the modeling apparatus, and the acquired number of laminations;
Transmitting the generated data to the management system;
A program to run a program.